LOC111690496 cDNA ORF clone, Lucilia cuprina(Australian sheep blowfly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111690496
Entrez Gene ID	111690496
Full Name	bromodomain adjacent to zinc finger domain protein 1A
Gene Type	protein-coding
Organism	Lucilia cuprina(Australian sheep blowfly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_023452985.1	XP_023308753.1	bromodomain adjacent to zinc finger domain protein 1A

Pathways from BioSystems
Gene Ontology

The following LOC111690496 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111690496 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OLu45301	XM_023452985.1 Latest version!	Lucilia cuprina bromodomain adjacent to zinc finger domain protein 1A (LOC111690496), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

LOC111690496 ( XM_023452985.1 ) cDNA ORF clone, Lucilia cuprina(Australian sheep blowfly) -> XP_023308753.1 Lucilia cuprina bromodomain adjacent to zinc finger domain protein 1A (LOC111690496), mRNA.

Price & Availability↑

CloneID	OLu45301
Clone ID Related Accession (Same CDS sequence)	XM_023452985.1
Accession Version	XM_023452985.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4536bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-01-04
Organism	Lucilia cuprina(Australian sheep blowfly)
Product	bromodomain adjacent to zinc finger domain protein 1A
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019410397.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Lucilia cuprina Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTATTT GTAAACGCGA TGGCTTCGAC AATGCTCCCT CCAAAAATAA GGATGAAACG 
TTTCACGATA ATGAAGAAGT ATTCTACTGC GAGGTGACCA AGGAAATATT CAAACAATAT 
GAGGATTACT TTCGTCATGT AATGGCTATA AATTCGACTG TGTGGCAATG TGAAGCCACG 
GGTAAGGATA ATCTCACATA TGCCGAAGCT TTGAAAAGTG AAAAACGTGC ACGCAAAAAA 
ATGGAAATGT TTAAGGATAG TCTACGTCCG CCAGTAATGC TTGTTATAGA ACATGCCAAA 
CAGAGTTCTC TGAACGTTTT GAATGCTTTA ACATTTCGGT TTCTGCGCAA ACGTTTCTTT 
CTCAATGAGG AAGTTCAGAT TATGGAAAAA AATAAATATG CCCCTTACAC AGTAGTCGAT 
ATTCAGTCGC CAGATAAGAA AGTACCAGCG AATGGTGTTT ACGAGGACAC AGAGAATTTA 
TTGTACAAAT TAAAGAGTTT GGGTAAGTCT CAAACAGAAG CTACAGTTCC ATTTGATAAA 
GTAAAGCGCC AAAGGTTTGA ATTTACTTCT GAAAACTTGC AAATGTTCAT CAAGAACAAT 
GTCGTGCGAG TAGATGGTAT TTTAAGACCG AAACCAGAAT CATATCAGAA ATATGTCACA 
GAACGAAAGA TTACTTTCGA CAAAATATTT ATTGGAAAAA TGCCTCACTT TACGCCGGCT 
AAAATAAAGA AACCAGAGGA GACCAAAAAG CAATCAACTC TCAATAATTA TTTCGGTAAG 
AAGCCGGAGA ATGAAAAGTC CTCAGGTAAA ACTGTCAGTG CGCAAGAGAA AGCCAAGCTG 
GAAAAGGAGA AGGCGGAAAA ATCAGAGGCC AAGGCCAAGT CATTAAAAGA AGAAATGGAG 
CGCTTAAGGC GTCAAAAAGA AGAACAACTT TTGGAGCAAA TGCGTCAGAA AGCCGAAAAA 
CGTGCAAAAC TTATGGAGAA AATTGATGAA GAATGTGCGG CGTTACTTAC TAAAACAGAT 
GACTTGGAGA GAACTGACCA GCGTCTAATG CCAACGTTCT TACCTGTTAG TACTATTTTG 
CCAGCGAAAT TGGTGGGTGA TGCATTTATG TTGCGTGAGT TTATGCATAC ATTCGCTGGT 
ATCTTGTCAG GAATTGAGGT ATTCCGTGGT AATTTGAGTT TCTTTGAAAT GGCTCGTTCG 
TTCACTATAC GAGAAGTGGC CGGACCACTT TCTGACATCA TACTCATTTT ATTGGGCACA 
GTTATGGATC TTCAACGAGA GGAGGAAGAT GAATGTTTTG TAGAATATAA AAGAGGCGAT 
TCGCACATAC CATTCTGGTC TCACAAATAT GTAAAACGTC ATTTTTCATT CAAATTAAAT 
GAACTGCCAT TAGATGCCCT AACAGTAAGT GAAGTTTTGC GTTTGCATAT TCTGTCGTCA 
GGGGCTGTGG TGAGAAATAA GACGGCTGAA AAATGGCGTA TTATGTACAG AAACGGATAT 
ACTTCATCCG AAGACCCCGG TATAGCATTG AGAACACAAT TTCCTCACAT AGTTCGTGCT 
TTGAAACTAT ATACTGTCTA TCAATTGCCA TTCGTCGATA TAATGCGCAT TCTAAAGTGT 
TTAATGGCTC AGATGCTGAC ATATTCGGGA ACTATAAATC TTATTGAAGA GAGAATGGAA 
CAAACCAGTA GTGCCAGACA AGAGCTAAAG AATCTTGTAA CGGCGGAAAA TCAAAGAGTT 
ACAAAGGTGC AAACACAAAA ACGCGCCCTA ACCATTGAAT TCAATCAACA GTGTATGGAG 
GAAGAGGTTA AAAAGGACGC TGAGAAACGT AAAAACTTAG AAGACAAACT AAATAAAAAG 
GTTGCAGAGC TTCTAGCGCA ATCAGAGCGC GAACACAAAA AATTCCAACA ACAGGTGTGC 
AAATTAAATG AAACTCTTTT CAATTTCCTT GTTTATTTGG GCATGGATCG GGCCTATCGT 
AAGTATTACG TATTGGAGTC AATGCCTGGT ATTTTTGTGG AACATTCATC CGACTGCATG 
GATGTATGTT TGGAAAATCC ACCTAAGAAC AAATTAAAAA GCGGAATAAC AGCAAACGCT 
GCGAATTTAC CCAAAAACCG AAAAGAACTC CGTTCGTATT TGTTGAAAAT GTACACAGAG 
GAAGAAAAGA AATCAAGTAT GGCTTCAGCA GCAAATAAGA AAGAAAAGGA AACAGAGGCT 
GCTCAGGAGG ATAAGGAAAA TCAGAATCAA CAGAACGGAG TCGTCAATGG GCTAACAAAC 
GGTCATGTTA ATGGTGAAAA AATGGATGTG GATGATGAAA ATGCCTCTAC GACATCATCA 
CCAACACAAT ATGAGCTTTT TATGTGTACA GGAGAACCAC GTAATTGTAT TGTCCACGAC 
GAAAGAAATA CGGATCGCAA ACATTGGTCT TATCTTTATA AGAAAGAAGA TCTTGAGGCT 
TTAATAGATT CTCTTAATCC TTTAGGTTTT CGAGAATCGG AACTACGTGA ACAATTGACC 
ACACTGAAGG ATCTAATTCA GGAACACATC AAAAATTGTC CTGTGGACAT GTTAAGTGTA 
GACTCAAAGC AAAGTCAAAA ATTTAAAACT CAAATGATGA ATGATACTTA TCGAAAATAT 
AACAACTCAA ATTTCGGCTT CCCCATCGGG ACCACCGATA TAAATGAAGT GATGTATGGA 
TCTTTGGTCA AACGAATTTT ACAATTCGAA AGTGAAATTT ACACAGGAGA TCTGGGCCGC 
CTTAAAGTAA AAGATATGGA AAAATGGAGA AAAGATTTGC ACAAAAGCTG TTACGACCCT 
CAAGCTAAAT TGCAGTGGGG CCCACCCAAA CAAAATGCAT CCGTGACCGA GGAGGAAAAT 
AATGATGAAG ATGATGACAA TGAAGGTTCG GACAATGAAG TCGATACCAA AGACGGCGAT 
GATAGAAATT ATGCCGGAAA ACCTTATCGT GACCCCGGTG AAACATTGGG CGATACATTA 
GAAATAGATT CCGAAGACAG TGGTGATGAG GGTATTTCAC TGCACGATTC TGATACTTTA 
CGATCATACG TAAAGCAATT AGCTTCGGCC TTGCTTCAAG TTGAACAAGC AGTGGAAAGG 
CGTTTCCTCA AAGAGCCCTT TGGTGTACAG GTTATCAAAG ACAAAGATTT AATGGAACGC 
AAACAACAAC AAGCCACCGA TCGTTTGCGG CAATGGGAGG TATCGTTAAT GGAGAGTACC 
AGCTACTCAC AGGTGTTTTT GCATTTAAAC GTTTTGTATG ATTGTATTAT ATGGGCTCGT 
TCTACGAATA AATCCAATTG TATGGTCTGT CGACGGGGTA GTGATCCAGA TAAAATGTTG 
CTTTGCGATG AATGCAACGG TGGTACTCAC ATGTTCTGCA TGAAACCAAA AATGAAGACT 
GTACCGGAGG GCAATTGGTA CTGCAAACGA TGTGTGGCTC GGCTGGGTCT GGAAAATGAG 
AGTGATAAGA AAAATAAGAA GACACAAAGT CGTAAGCGGA AATTTATTGT CGACGAAGAC 
AACAGTGATG CGTCATCGGT TACATCTGAG ACAAAAGCTT CAAGGGGACG TCCCAGTGGT 
GGTGGGCGTA GCAAAAAACG CTTACAATCG CAAGAAATTG AAGAAGCCTT GGAGGAAGAT 
GATGAAGACG ATGTCGATCA AGACGAAGAG CTGTATGATG ATGACGAAGT GGAAGTTGAA 
CACACCTTAA ATGATACCGA CGAAGAAGAT CTGCAGCCCG AAGAAAATGA TGCTGATGAT 
GACAATGAAA AAGAACAAAT AACAGAATCA AATAATCAGT CTGATGTCGA TGAAGATGAA 
AGCGTATGCA ATGTTTGCTC GTATGATGGC AGTGAATTGT CTTGTACACG TTGTAAAGAC 
TCATTCCATT TAGAGTGTAT TAACTTGAAA CGTATGCCAC GATATAATTT TGTTTGTACC 
AAATGCAAAA CTAAAGATGG CAACAAGAAA AGAAAAAGTC GAGCAAATGA TTCGGCATCT 
GATAACGAGA GTGATGATGA TAATGACGAC GAACCTCTTG TCAAACGAGG TCGACCTGGC 
CGTCCTCCAT CTCAGCGGAA TTCTTTGGCC AATGGCAACG TATCGTCCAC ACAAGAAAAT 
GTTAAATCCA ATAGTCGGCG ATCAATACGT CGTACAGCAG ATAATTTGCC GTTGAATAGT 
CCGGCTCTTT ATGAACTTTT AGAGAAAATT ATGAAAAATG AACACGCTTG GCCCTTCCTT 
AGGCCAGTTT CTCAGTCGGA GGTACCCGAT TACTACGATA TCATAAAGAA TCCCATGGAT 
TTCGCAAAAG TGAAATCCAA ACTTAATATG GGCTCATATC AGATTAATGA GGAAGTTATG 
CGTGATATCG AACTCGTATT TAGTAATTGT GATGATTACA ACGTTAAGGG CAATGAGATT 
TACCAAGCTG GTTCTGCATT AGAAAGACAT GTCATCGACT GGTGCAAGGA ACTTAATTTA 
CCATTTAAGC CTAGTGACAT GAACACAGAG GAATAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_023308753.1
CDS	353..4888
Translation	MPICKRDGFDNAPSKNKDETFHDNEEVFYCEVTKEIFKQYEDYFRHVMAINSTVWQCEATGKDNLTYAEALKSEKRARKKMEMFKDSLRPPVMLVIEHAKQSSLNVLNALTFRFLRKRFFLNEEVQIMEKNKYAPYTVVDIQSPDKKVPANGVYEDTENLLYKLKSLGKSQTEATVPFDKVKRQRFEFTSENLQMFIKNNVVRVDGILRPKPESYQKYVTERKITFDKIFIGKMPHFTPAKIKKPEETKKQSTLNNYFGKKPENEKSSGKTVSAQEKAKLEKEKAEKSEAKAKSLKEEMERLRRQKEEQLLEQMRQKAEKRAKLMEKIDEECAALLTKTDDLERTDQRLMPTFLPVSTILPAKLVGDAFMLREFMHTFAGILSGIEVFRGNLSFFEMARSFTIREVAGPLSDIILILLGTVMDLQREEEDECFVEYKRGDSHIPFWSHKYVKRHFSFKLNELPLDALTVSEVLRLHILSSGAVVRNKTAEKWRIMYRNGYTSSEDPGIALRTQFPHIVRALKLYTVYQLPFVDIMRILKCLMAQMLTYSGTINLIEERMEQTSSARQELKNLVTAENQRVTKVQTQKRALTIEFNQQCMEEEVKKDAEKRKNLEDKLNKKVAELLAQSEREHKKFQQQVCKLNETLFNFLVYLGMDRAYRKYYVLESMPGIFVEHSSDCMDVCLENPPKNKLKSGITANAANLPKNRKELRSYLLKMYTEEEKKSSMASAANKKEKETEAAQEDKENQNQQNGVVNGLTNGHVNGEKMDVDDENASTTSSPTQYELFMCTGEPRNCIVHDERNTDRKHWSYLYKKEDLEALIDSLNPLGFRESELREQLTTLKDLIQEHIKNCPVDMLSVDSKQSQKFKTQMMNDTYRKYNNSNFGFPIGTTDINEVMYGSLVKRILQFESEIYTGDLGRLKVKDMEKWRKDLHKSCYDPQAKLQWGPPKQNASVTEEENNDEDDDNEGSDNEVDTKDGDDRNYAGKPYRDPGETLGDTLEIDSEDSGDEGISLHDSDTLRSYVKQLASALLQVEQAVERRFLKEPFGVQVIKDKDLMERKQQQATDRLRQWEVSLMESTSYSQVFLHLNVLYDCIIWARSTNKSNCMVCRRGSDPDKMLLCDECNGGTHMFCMKPKMKTVPEGNWYCKRCVARLGLENESDKKNKKTQSRKRKFIVDEDNSDASSVTSETKASRGRPSGGGRSKKRLQSQEIEEALEEDDEDDVDQDEELYDDDEVEVEHTLNDTDEEDLQPEENDADDDNEKEQITESNNQSDVDEDESVCNVCSYDGSELSCTRCKDSFHLECINLKRMPRYNFVCTKCKTKDGNKKRKSRANDSASDNESDDDNDDEPLVKRGRPGRPPSQRNSLANGNVSSTQENVKSNSRRSIRRTADNLPLNSPALYELLEKIMKNEHAWPFLRPVSQSEVPDYYDIIKNPMDFAKVKSKLNMGSYQINEEVMRDIELVFSNCDDYNVKGNEIYQAGSALERHVIDWCKELNLPFKPSDMNTEE

Target ORF information:

RefSeq Version	XM_023452985.1
Organism	Lucilia cuprina(Australian sheep blowfly)
Definition	Lucilia cuprina bromodomain adjacent to zinc finger domain protein 1A (LOC111690496), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_023452985.1

ORF Insert Sequence:

ATGCCTATTT GTAAACGCGA TGGCTTCGAC AATGCTCCCT CCAAAAATAA GGATGAAACG 
TTTCACGATA ATGAAGAAGT ATTCTACTGC GAGGTGACCA AGGAAATATT CAAACAATAT 
GAGGATTACT TTCGTCATGT AATGGCTATA AATTCGACTG TGTGGCAATG TGAAGCCACG 
GGTAAGGATA ATCTCACATA TGCCGAAGCT TTGAAAAGTG AAAAACGTGC ACGCAAAAAA 
ATGGAAATGT TTAAGGATAG TCTACGTCCG CCAGTAATGC TTGTTATAGA ACATGCCAAA 
CAGAGTTCTC TGAACGTTTT GAATGCTTTA ACATTTCGGT TTCTGCGCAA ACGTTTCTTT 
CTCAATGAGG AAGTTCAGAT TATGGAAAAA AATAAATATG CCCCTTACAC AGTAGTCGAT 
ATTCAGTCGC CAGATAAGAA AGTACCAGCG AATGGTGTTT ACGAGGACAC AGAGAATTTA 
TTGTACAAAT TAAAGAGTTT GGGTAAGTCT CAAACAGAAG CTACAGTTCC ATTTGATAAA 
GTAAAGCGCC AAAGGTTTGA ATTTACTTCT GAAAACTTGC AAATGTTCAT CAAGAACAAT 
GTCGTGCGAG TAGATGGTAT TTTAAGACCG AAACCAGAAT CATATCAGAA ATATGTCACA 
GAACGAAAGA TTACTTTCGA CAAAATATTT ATTGGAAAAA TGCCTCACTT TACGCCGGCT 
AAAATAAAGA AACCAGAGGA GACCAAAAAG CAATCAACTC TCAATAATTA TTTCGGTAAG 
AAGCCGGAGA ATGAAAAGTC CTCAGGTAAA ACTGTCAGTG CGCAAGAGAA AGCCAAGCTG 
GAAAAGGAGA AGGCGGAAAA ATCAGAGGCC AAGGCCAAGT CATTAAAAGA AGAAATGGAG 
CGCTTAAGGC GTCAAAAAGA AGAACAACTT TTGGAGCAAA TGCGTCAGAA AGCCGAAAAA 
CGTGCAAAAC TTATGGAGAA AATTGATGAA GAATGTGCGG CGTTACTTAC TAAAACAGAT 
GACTTGGAGA GAACTGACCA GCGTCTAATG CCAACGTTCT TACCTGTTAG TACTATTTTG 
CCAGCGAAAT TGGTGGGTGA TGCATTTATG TTGCGTGAGT TTATGCATAC ATTCGCTGGT 
ATCTTGTCAG GAATTGAGGT ATTCCGTGGT AATTTGAGTT TCTTTGAAAT GGCTCGTTCG 
TTCACTATAC GAGAAGTGGC CGGACCACTT TCTGACATCA TACTCATTTT ATTGGGCACA 
GTTATGGATC TTCAACGAGA GGAGGAAGAT GAATGTTTTG TAGAATATAA AAGAGGCGAT 
TCGCACATAC CATTCTGGTC TCACAAATAT GTAAAACGTC ATTTTTCATT CAAATTAAAT 
GAACTGCCAT TAGATGCCCT AACAGTAAGT GAAGTTTTGC GTTTGCATAT TCTGTCGTCA 
GGGGCTGTGG TGAGAAATAA GACGGCTGAA AAATGGCGTA TTATGTACAG AAACGGATAT 
ACTTCATCCG AAGACCCCGG TATAGCATTG AGAACACAAT TTCCTCACAT AGTTCGTGCT 
TTGAAACTAT ATACTGTCTA TCAATTGCCA TTCGTCGATA TAATGCGCAT TCTAAAGTGT 
TTAATGGCTC AGATGCTGAC ATATTCGGGA ACTATAAATC TTATTGAAGA GAGAATGGAA 
CAAACCAGTA GTGCCAGACA AGAGCTAAAG AATCTTGTAA CGGCGGAAAA TCAAAGAGTT 
ACAAAGGTGC AAACACAAAA ACGCGCCCTA ACCATTGAAT TCAATCAACA GTGTATGGAG 
GAAGAGGTTA AAAAGGACGC TGAGAAACGT AAAAACTTAG AAGACAAACT AAATAAAAAG 
GTTGCAGAGC TTCTAGCGCA ATCAGAGCGC GAACACAAAA AATTCCAACA ACAGGTGTGC 
AAATTAAATG AAACTCTTTT CAATTTCCTT GTTTATTTGG GCATGGATCG GGCCTATCGT 
AAGTATTACG TATTGGAGTC AATGCCTGGT ATTTTTGTGG AACATTCATC CGACTGCATG 
GATGTATGTT TGGAAAATCC ACCTAAGAAC AAATTAAAAA GCGGAATAAC AGCAAACGCT 
GCGAATTTAC CCAAAAACCG AAAAGAACTC CGTTCGTATT TGTTGAAAAT GTACACAGAG 
GAAGAAAAGA AATCAAGTAT GGCTTCAGCA GCAAATAAGA AAGAAAAGGA AACAGAGGCT 
GCTCAGGAGG ATAAGGAAAA TCAGAATCAA CAGAACGGAG TCGTCAATGG GCTAACAAAC 
GGTCATGTTA ATGGTGAAAA AATGGATGTG GATGATGAAA ATGCCTCTAC GACATCATCA 
CCAACACAAT ATGAGCTTTT TATGTGTACA GGAGAACCAC GTAATTGTAT TGTCCACGAC 
GAAAGAAATA CGGATCGCAA ACATTGGTCT TATCTTTATA AGAAAGAAGA TCTTGAGGCT 
TTAATAGATT CTCTTAATCC TTTAGGTTTT CGAGAATCGG AACTACGTGA ACAATTGACC 
ACACTGAAGG ATCTAATTCA GGAACACATC AAAAATTGTC CTGTGGACAT GTTAAGTGTA 
GACTCAAAGC AAAGTCAAAA ATTTAAAACT CAAATGATGA ATGATACTTA TCGAAAATAT 
AACAACTCAA ATTTCGGCTT CCCCATCGGG ACCACCGATA TAAATGAAGT GATGTATGGA 
TCTTTGGTCA AACGAATTTT ACAATTCGAA AGTGAAATTT ACACAGGAGA TCTGGGCCGC 
CTTAAAGTAA AAGATATGGA AAAATGGAGA AAAGATTTGC ACAAAAGCTG TTACGACCCT 
CAAGCTAAAT TGCAGTGGGG CCCACCCAAA CAAAATGCAT CCGTGACCGA GGAGGAAAAT 
AATGATGAAG ATGATGACAA TGAAGGTTCG GACAATGAAG TCGATACCAA AGACGGCGAT 
GATAGAAATT ATGCCGGAAA ACCTTATCGT GACCCCGGTG AAACATTGGG CGATACATTA 
GAAATAGATT CCGAAGACAG TGGTGATGAG GGTATTTCAC TGCACGATTC TGATACTTTA 
CGATCATACG TAAAGCAATT AGCTTCGGCC TTGCTTCAAG TTGAACAAGC AGTGGAAAGG 
CGTTTCCTCA AAGAGCCCTT TGGTGTACAG GTTATCAAAG ACAAAGATTT AATGGAACGC 
AAACAACAAC AAGCCACCGA TCGTTTGCGG CAATGGGAGG TATCGTTAAT GGAGAGTACC 
AGCTACTCAC AGGTGTTTTT GCATTTAAAC GTTTTGTATG ATTGTATTAT ATGGGCTCGT 
TCTACGAATA AATCCAATTG TATGGTCTGT CGACGGGGTA GTGATCCAGA TAAAATGTTG 
CTTTGCGATG AATGCAACGG TGGTACTCAC ATGTTCTGCA TGAAACCAAA AATGAAGACT 
GTACCGGAGG GCAATTGGTA CTGCAAACGA TGTGTGGCTC GGCTGGGTCT GGAAAATGAG 
AGTGATAAGA AAAATAAGAA GACACAAAGT CGTAAGCGGA AATTTATTGT CGACGAAGAC 
AACAGTGATG CGTCATCGGT TACATCTGAG ACAAAAGCTT CAAGGGGACG TCCCAGTGGT 
GGTGGGCGTA GCAAAAAACG CTTACAATCG CAAGAAATTG AAGAAGCCTT GGAGGAAGAT 
GATGAAGACG ATGTCGATCA AGACGAAGAG CTGTATGATG ATGACGAAGT GGAAGTTGAA 
CACACCTTAA ATGATACCGA CGAAGAAGAT CTGCAGCCCG AAGAAAATGA TGCTGATGAT 
GACAATGAAA AAGAACAAAT AACAGAATCA AATAATCAGT CTGATGTCGA TGAAGATGAA 
AGCGTATGCA ATGTTTGCTC GTATGATGGC AGTGAATTGT CTTGTACACG TTGTAAAGAC 
TCATTCCATT TAGAGTGTAT TAACTTGAAA CGTATGCCAC GATATAATTT TGTTTGTACC 
AAATGCAAAA CTAAAGATGG CAACAAGAAA AGAAAAAGTC GAGCAAATGA TTCGGCATCT 
GATAACGAGA GTGATGATGA TAATGACGAC GAACCTCTTG TCAAACGAGG TCGACCTGGC 
CGTCCTCCAT CTCAGCGGAA TTCTTTGGCC AATGGCAACG TATCGTCCAC ACAAGAAAAT 
GTTAAATCCA ATAGTCGGCG ATCAATACGT CGTACAGCAG ATAATTTGCC GTTGAATAGT 
CCGGCTCTTT ATGAACTTTT AGAGAAAATT ATGAAAAATG AACACGCTTG GCCCTTCCTT 
AGGCCAGTTT CTCAGTCGGA GGTACCCGAT TACTACGATA TCATAAAGAA TCCCATGGAT 
TTCGCAAAAG TGAAATCCAA ACTTAATATG GGCTCATATC AGATTAATGA GGAAGTTATG 
CGTGATATCG AACTCGTATT TAGTAATTGT GATGATTACA ACGTTAAGGG CAATGAGATT 
TACCAAGCTG GTTCTGCATT AGAAAGACAT GTCATCGACT GGTGCAAGGA ACTTAATTTA 
CCATTTAAGC CTAGTGACAT GAACACAGAG GAATAG